KR200163335Y1 - Device for spreading fine powder on foodstuffs - Google Patents

Abstract

The present invention relates to a fine powder coating device, which is configured to apply bread powder or fine powder to food such as meat products by a sequential process to improve the texture and to increase process productivity. It is located on the upper portion of the body frame 20, the conveying conveyor 10 is driven by the first motor 11 and the conveying conveyor (10) so as to transfer the product moved from the previous process to the next process ( 10, the outlet 42 is formed on both sides of the lower side of the feed hopper 41 so as to apply bread powder to the product, and the second motor ( 43, each of the fine powder spreading portion 40 formed by the discharge conveyor 44, and the rear portion of the body of the fine powder spreading portion 40, the bread powder dropped without being bound to the product during the sequentially moving process. To recover the fine powder In order to re-supply to the supply hopper 41 of the 40, the upper center of the body frame 20 is provided with a transfer screw 51 for collecting the dropped bread powder to move to the rear side, the rear side of the transfer screw 51 At the end, the conveyed bread meal is supplied to the feed hopper 41 of the fine powder spreading part 40, the recovery supply part 50 in which the rising screw 52 is formed, and the product moved through the conveying conveyor 10. Consists of a control unit 60 is installed on one side of the body frame 20 so as to selectively adjust the progress cycle and the application amount of bread flour, the operator is different from the Since bread powder is applied on both sides of the feed hopper 41 of 40), the bread powder can be evenly coated on the product, so that the defective rate of the product is lowered and uniform fine powder is spread on the entire product surface. Placed in the middle of the bread by hand You can solve the problems that inflict.

In addition, the bread powder is not bound to the product bread is dropped because the powder is re-supplied back to the supply hopper 41 of the fine powder application section 40 through the recovery supply unit 50 can be used efficiently.

Therefore, it is a very useful design that can improve the merchandise and convenience of work.

Description

Differential Coating Device {Device for spreading fine powder on foodstuffs}

The present invention relates to a fine powder coating apparatus, and more specifically, to the bread powder is applied on both sides of the fine powder coating portion, and by using the recovered bread powder is recovered back to the fine powder coating portion, the bread powder can be evenly bound on the surface of the product. In addition, it is designed to reduce the increase in labor costs since the double work by manual work is unnecessary.

In general, a powder spreading device (free duster) is a machine that is currently used in the processing line of frozen cooked food, and is a machine that applies starch such as flour or fine bread flour (hereinafter referred to as bread flour) to the product.

And, the process of the micro-dispersion apparatus generally used is largely raw material meat → molding machine → (→ preduster: may or may not be put in the process) → battering machine → (→ preduster: may be put in the process, or not May not be used) → fried (frying) → quick freeze → sales.

In addition, the product manufactured in the above manner is a hamburger patty, fried chicken, fried wing rods, etc. When consumers buy and eat the product, the portion inside the bread powder attached to the surface of the product using this fine powder spreader It is working.

Therefore, in the above process, the fine coating device following the molding machine is used depending on the manufacturer and the other company, but the purpose is to increase the weight or when the batter liquid and bread powder is good on the surface of the product It is used for the purpose of binding and to improve the chewing texture or more crunchy taste when the final product is eaten by consumers. Purpose.

As described above, the conventional fine powder application device is formed so that the bread powder is applied only on the front part of the inlet, and thus, in the case of a curved shape product, the dent is not applied properly. There was a problem that the defect is generated in the product is moved to the next process evenly before the powder is evenly applied.

Therefore, in order to solve the above problems, two or more workers in the process line are placed in the middle of the line, and the bread powder is placed on the bottom of the conveyor. .

In addition, since a large number of personnel are arranged in the moving line as described above, the bread powder must be coated on the product by manual labor, thereby increasing the labor cost.

Therefore, the production company has to employ a separate additional worker while using the equipment of the micro-dispersion apparatus, so there was a closing point in which labor cost and production cost doubled.

The purpose of the present invention is to make bread powder is applied on both sides of the fine powder coating portion, the dropped bread powder is to be recovered and used again in the fine powder coating portion and bread powder is applied on both sides, the bread powder can be uniformly bound on the surface of the product, There is a need to provide a powder coating device that eliminates the need for manual labor and reduces labor costs.

In addition, even if the application is not applied to the recessed part of the curved product by the device is applied after the first reversal in the second spraying parts, perfect application is made.

Another object of the present invention is to provide a fine powder coating device to form a wide range of bread powder by forming a vibrating drop plate on one side of the fine powder spreading portion, and to spread the bread powder evenly on the surface of the product.

Still another object of the present invention is to provide a fine powder coating device in which a vibratory roller is formed in order to prevent bread bread from being excessively applied to the surface of the product at one end of the conveying conveyor.

Another object of the present invention is to provide a powder coating device that can improve the commerciality and convenience of work.

1 is a system configuration diagram showing a state in which a product is moved while the product is applied to the differential coating device of the present invention sequentially.

Figure 2 is an enlarged view showing the main portion showing the shape of the powder coating device of the present invention and the movement state of the product.

3 is an enlarged cross-sectional view of the main portion showing the internal shape of the fine powder spreading portion and a state in which the fine powder that has fallen is collected and supplied again;

4 is a cross-sectional view showing the shapes of the internal driving device of the fine powder applying unit and the differential distribution adjusting plate;

Figure 5 is a front view showing the shape of the vibration drop plate formed on one side lower portion of the differential spreading portion.

Figure 6 is a plan view showing the shape of the vibration drop plate.

Explanation of symbols on the main parts of the drawings

10-conveying conveyor 11-1st motor

20-Body Frame 30-Net Conveyor

40-Differential dispersion 41-Feed hopper

42-outlet 43-second motor

44-Discharge Conveyor 45-Distribution Control Panel

46-Vibratory Roller 47-Volume Control Plate

48-Position Groove 49-Pushpin

50-Recovery Supply 51-Transfer Screw

52-lift screw 60-control unit

70-Vibration drop board 71-Central axis

72-Round Bar 73-Exhaust Groove

74-Contact piece 80-Positioner

85-Intermittent lever 100-Differential coating device

The object of the present invention is that, in order to improve the texture by applying the bread powder to the product coated with the batter liquid by a step proceeding sequentially,

The conveying conveyor 10 is driven by the first motor 11 is located in the upper portion of the body frame 20 having a predetermined width and size, so that the product transferred after the batter liquid application process to the next process. )Wow;

Located in the upper center of the conveying conveyor 10, the discharge port 42 is formed on both sides of the lower side of the supply hopper 41 so that the bread powder can be applied to the product coated with the batter liquid, the supply hopper 41 of the On both sides of the bottom surface, the fine powder spreading portion 40 is formed with a discharge conveyor 44 which is operated by the second motor 43;

Located on the rear side of the body of the fine powder coating portion 40, the body to recover the bread powder dropped without binding to the product during the sequential movement process to be re-supplied to the supply hopper 41 of the fine powder coating portion 40, The upper center of the frame 20 is provided with a transfer screw 51 for collecting the dropped powdered powder to move to the rear side, and the conveyed bread powder at the rear end of the transfer screw 51 to the feed hopper (40) A recovery supply unit 50 in which an ascending screw 52 is formed so as to be resupplied to 41;

It is achieved by consisting of a control unit 60 is installed on one side of the body frame 20 to be used to selectively adjust the progress cycle of the product to be moved through the conveying conveyor 10 and the coating amount of bread powder.

Therefore, since the operator is applied to the bread powder from both sides of the supply hopper 41 of the fine powder application unit 40, unlike the conventional powder coating device, the bread powder can be evenly coated on the product, the defective rate of the product is lowered, Workers can be placed in the middle of the process line to solve the problem of manually breading.

In addition, the bread powder is not bound to the product bread is dropped because the powder is re-supplied back to the supply hopper 41 of the fine powder application section 40 through the recovery supply unit 50 can be used efficiently.

Therefore, the merchandise and the convenience of work can be improved.

Hereinafter, with reference to the accompanying drawings and described in detail a preferred embodiment of the present invention as follows.

1 is a system configuration diagram showing a state in which the product is moved while the application is applied to the fine powder coating apparatus of the present invention sequentially.

Figure 2 is an enlarged view of the main portion showing the shape of the powder coating device of the present invention and the movement state of the product.

3 is an enlarged cross-sectional view of the main portion showing the internal shape of the finely-coated portion and a state in which the dropped fine powder is collected and supplied again;

4 is a cross-sectional view showing the shapes of the internal driving device of the fine powder spreading unit and the differential distribution adjusting plate.

Figure 5 is a front view showing the shape of the vibration drop plate formed on one side lower portion of the differential spreading portion.

6 shows the shape of the vibration drop plate in a plan view.

That is, as shown in FIGS. 1 to 6, the conveying conveyor 10 of the fine powder coating device 100 of the present invention is discharged from the fine powder spreading part 40 to the product coated with the batter liquid by a process proceeding sequentially. It serves to move the product so that the bread is evenly spread.

And, the conveying conveyor 10 is moved at a predetermined period on the upper portion of the body frame 20, it is driven by the first motor (11).

In addition, the conveying conveyor 10 uses a neck conveyor (30) method so that the bread powder that can be dropped when the product is seated on the top and moved to the lower portion.

That is, the conveying conveyor 10 is formed in the neck conveyor (30) method when the product is coated on the top of the conveying conveyor (10) to be coated with bread powder in the process of sequentially conveying the product coated with the batter liquid Bread powder that is not bound to the surface of is to fall between the gaps of the neck conveyor (30).

In addition, one side end of the conveying conveyor 10 may optionally be installed by using a vibrating roller 46 in order to prevent the bread powder is bound to the surface excessively during the product is conveyed by the conveying conveyor (10). .

The vibrating roller 46 is located in close contact with the bottom surface of one side end of the conveying conveyor (10), because a hexagonal roller is formed on the ground plane, the conveying conveyor 10 is in contact with the vibrating roller 46 In Esau, a certain vibration is generated to shake off excess bread bound to the product.

Meanwhile, a feed hopper 41 is provided at the top of the body so that bread powder can be applied to a product conveyed on the conveying conveyor 10 at the center upper portion of the conveying conveyor 10, and the bottom of the feed hopper 41 is provided. Discharge ports 42 are positioned at both sides, and discharge conveyors 44 operated by the second motor 43 are formed at the bottom of the body, respectively.

The supply hopper 41 is formed to accommodate the bread powder applied to the product to be moved on the conveying conveyor 10, the discharge port 42 formed on both sides of the bottom of the body is moved by the conveying conveyor (10) It is formed so that bread powder can be discharged to the product.

In addition, the discharge port 42 of the fine powder application portion 40 may be used by installing a quantity control plate 47 to adjust the amount of bread powder selectively discharged.

The quantity control plate 47 is formed by a plurality of position grooves 48 in the body of the quantity control plate 47, as shown in enlarged in Figure 3 by adjusting the amount of bread discharged using the fixing pin 49 It can be used.

In addition, discharge conveyors 44 driven by the second motor 43 are provided at both sides of the bottom surface of the supply hopper 41 of the fine powder application unit 40.

The discharge conveyor 44 is operated by the driving force of the second motor 43 serves to discharge the bread powder to the discharge port 42 formed on both bottom surfaces of the fine powder application portion 40.

That is, the discharge conveyor 44 allows the bread powder stored in the supply hopper 41 to be discharged to the discharge port 42 in the corresponding direction, respectively, the discharge conveyor 44 is also the same neck as the transfer conveyor 10 Conveyor 30 is used.

Therefore, the discharge conveyor 44 is formed so that the bread powder can be applied to the product on both sides, unlike the conventional powder coating device, it is possible to apply the bread powder to the product evenly.

On the other hand, one side of the fine powder spreading portion 40 can be used by installing a vibrating drop plate 70 so as to apply a wider range of bread powder selectively discharged.

5 and 6, the vibration drop plate 70 has a central shaft 71 formed eccentrically to one side in the lower part of the body, and a plurality of discharge grooves 73 are provided on the upper surface of the body at regular intervals. , One side end is provided with a round bar 72, the other side of the body is formed with a plurality of contact pieces (74).

As a result, the vibrating drop plate 70 is to ground the bottom portion of the discharge conveyor 44 and the contact piece 74 is grounded and vibrated at regular intervals so that bread powder can be widely applied to the product, round bar installed at one end (72) It also serves to allow the discharge conveyor 44 and the contact piece 74 to keep in contact with each other by forming the weight in one direction.

Therefore, the vibration drop plate 70 is the central axis 71 is located eccentrically in one direction from the center to always serve to make the contact piece 74 in contact with the discharge conveyor (44). will be.

Therefore, since the vibration drop plate 70 is formed in the manner of the neck conveyor 30, the discharge conveyor 44, the contact piece 74 is contacted between the intervals of the net conveyor 30, the vibration is generated More broadly bread flour can be applied to products.

On the other hand, the back of the body portion of the fine powder coating portion 40 is recovered to recover the bread powder dropped without binding to the product during the process to be sequentially moved to the supply hopper 41 of the fine powder coating portion 40, Supply part 50 is formed.

The recovery supply unit 50 has a conveying screw 51 for collecting the dropped bread powder at the upper center of the body frame 20 and moving it to the rear side, and the conveyed bread powder at the rear end of the conveying screw 51. A rising screw 52 for resupplying to the feed hopper 41 of the finely divided portion 40 is formed.

That is, the recovery supply unit 50 is the conveying conveyor 10 is formed in the manner of the neck conveyor 30, so that the bread powder dropped without being bound to the surface of the product in the process of conveying the product is seated on the bottom surface It can be re-supplied to the supply hopper 41 by the moving cycle of the conveying conveyor (10).

As a result, the transfer screw 51 of the recovery supply unit 50 serves to move the bread powder to the rear side when the bread powder which is not bound to the product is collected by the moving cycle of the transfer conveyor 10, and the rising screw 52 Serves to move the bread powder to the feed hopper 41 so that the bread powder moved to the rear side by the transfer screw can be collected and resupplyed back to the feed hopper 41.

Therefore, the present invention can re-use and recycle the bread powder that is not bound to the surface of the product, it is possible to use the bread powder more efficiently.

On the other hand, the bread powder re-supplied again through the recovery supply unit 50 as described above can be selectively used to adjust the amount dispensed in the supply hopper 41 of the fine powder application unit 40, The distribution adjusting plate 45 can be formed and used in the inner center part.

As shown in FIG. 4, the distribution adjusting plate 45 has a position adjusting port 80 formed at one side of the feed hopper 41, and can be used while adjusting the direction of re-feeding the bread powder to the inlet side and the outlet side. .

That is, the distribution adjustment plate 45 is connected by the position adjustment and the screw method, so that when the position adjustment opening 80 rotates it can be used while adjusting the position of the distribution adjustment plate 45 to the outlet or outlet side as the screw proceeds. .

And, the lower portion of the position adjusting device 80 can be installed to the intermittent lever 85 for controlling the control of the position adjusting device 80 to ensure the safety of the work.

On the other hand, all the driving method of the powder coating device 100 operated in the above manner can be used while selectively controlling the driving cycle and the bread powder input amount through the control unit 60 located on one side of the body frame 20. .

Therefore, the powder coating device 100 of the present invention, unlike the conventional powder coating device, the bread powder can be evenly applied to the product by forming a problem that is caused by the bread powder is applied only in one direction at the same time in both the outlet and the outlet side. will be.

And, optionally, the vibrating drop plate 70 to allow bread to be widely applied to the product and the vibrating roller 46 to prevent the bread to be excessively applied to the product, and also can adjust the position of the re-feed bread Since the distribution control plate 45 and the amount control plate 47 for adjusting the discharge amount of the bread powder discharged can be provided, it is possible to improve the convenience and commerciality of the work.

According to the present invention as described above, first, unlike the conventional powder coating device is formed so that the bread powder can be applied to both the inlet and the outlet side, preventing the increase in labor costs caused by the defective rate of the product and the input of a separate worker can do.

Second, by using the conveying conveyor (10) and the discharge conveyor (44) in the neck conveyor (30) method, it is possible to re-supply the bread powder dropped without binding to the product back to the supply hopper 41, vibrating falling plate ( 70) can be used to allow bread to bind extensively to the product.

Third, the discharge port 42 formed on both sides of the fine powder coating portion 40 can be used by adjusting the amount of bread powder discharged by the amount control plate 47 is installed.

Fourth, since the quantity control plate 47 for adjusting the position of the bread powder to the outlet side and the outlet port when the bread powder dropped without being bound to the product is re-supplied to the supply hopper 41 is formed in the inner center of the feed hopper 41 The bread distribution can be easily adjusted and used.

Fifth, by installing a vibrating roller 46 at one end of the conveying conveyor 10 in order to prevent the bread powder is excessively bound to the product can be shaken by the operation of the vibratory roller 46. .

Therefore, the present invention does not require manual labor in the reality that the finished product does not go through human hand rather than human hand due to the characteristics of high quality frozen cooked food. It is a very useful design that can improve the merchandise and convenience of work.

Claims (5)

In the structure configured to apply bread powder to the product by a step proceeding sequentially to improve the texture, A conveying conveyor (10) driven by the first motor (11), having a predetermined width and size, positioned on the upper portion of the body frame (20), so as to transfer the product moved after the previous process to the next process; Located in the upper center of the conveying conveyor 10, the discharge port 42 is formed on both sides of the lower side of the feed hopper 41, so that the bread powder can be applied to the product, and both sides of the bottom surface of the feed hopper 41 A fine powder spreading part 40 each having a discharge conveyor 44 operated by the second motor 43; Located on the rear side of the body of the fine powder coating portion 40, the body to recover the bread powder dropped without binding to the product during the sequential movement process to be re-supplied to the supply hopper 41 of the fine powder coating portion 40, The upper center of the frame 20 is provided with a transfer screw 51 for collecting the dropped powdered powder to move to the rear side, and the conveyed bread powder at the rear end of the transfer screw 51 to the feed hopper (40) A recovery supply unit 50 in which an ascending screw 52 is formed so as to be resupplied to 41; Fine powder, characterized in that consisting of a control unit 60 is installed on one side of the body frame 20 to be used to selectively adjust the progress cycle of the product to be moved through the transfer conveyor 10 and the coating amount of bread powder, etc. Coating device. The vibratory roller 46 of claim 1, wherein one side end of the conveying conveyor 10 is selectively provided with a vibrating roller 46 to prevent the bread powder from being excessively bound to the surface during the product being conveyed by the conveying conveyor 10. Differential coating device, characterized in that installed and used. The fine powder applying device according to claim 1, wherein a quantity control plate (47) is installed and used at the discharge port (42) of the fine powder spreading part (40) so as to adjust the amount of bread powder selectively discharged. The distribution adjusting plate (45) of claim 1, wherein an inner portion of the feed hopper (41) of the fine powder spreading portion (40) is selectively used to adjust the distribution of the bread powder re-supplied again through the recovery supply portion (50). Differential coating device, characterized in that used to form. The fine powder applying apparatus according to claim 1, wherein a vibrating dropping plate (70) is installed and used at one side lower portion of the fine powder applying portion (40) so as to spread bread bread selectively discharged.